Does the world appear the same to everyone? Does what we know determine what we see?
Why do we see the world as we do? Vision is our most dominant sense. From the light that …

The revolution in binocular vision (in the 1830s) was occasioned by Wheatstone's invention
and application of the stereoscope to demonstrate depth from retinal disparity. The …

SIGNIFICANCE: Fixation disparity is a small vergence error that does not disrupt fusion.
Fixation disparity measures correlate with binocular symptoms. This article covers …

Ocular equivocation was the term given by Brewster in 1844 to binocular contour rivalry
seen with Wheatstone's stereoscope. The rivalries between Wheatstone and Brewster were …

Contributions from 19th Century scholars to binocular rivalry research are well recognized,
however, observations concerning the phenomenon commenced centuries earlier and …

In binocular vision, the visual system combines images in the retina to generate a single
perception, which triggers a sensorimotor process that forces the eyes to point to the same …

User-centered design questions in gaze interfaces have been explored in multitude
empirical investigations. Interestingly, the question of what eye should be the input device …

As with many aspects of vision, the optics of Euclid provided a starting point for the analysis
of seeing with two eyes. Lines could be drawn from eye to object and spatial vision could be …

We found that the imaginary line passing through two stimuli that points to an eye appears to
do so when seen monocularly, which is consistent with Porterfield's axiom but inconsistent …

We demonstrate how the slant of a surface affects the relative visual direction between
binocular stimuli. In two experiments, we measured the visual direction of a binocular …